
Developed a configuration-driven solution for the eic/epic repository, delivering a dedicated YAML configuration file to enable eHe3 scattering simulations. Focused on configuration management, the work introduced beam configuration definitions and detector feature toggles, allowing for reproducible simulation setups and streamlined experiment planning. By linking the implementation to issue tracking, the approach supports traceability and future maintenance. The changes lay the foundation for extending simulation capabilities to additional isotopes and detector features. No major bugs were reported during this period, and the configuration is prepared for validation in upcoming test cycles, emphasizing maintainability and clarity in simulation workflows.
In 2024-11, delivered the eHe3 Scattering Simulations Configuration in the eic/epic repository, introducing a dedicated configuration file that defines beam configurations and detector feature toggles to enable eHe3 scattering simulations. This enables reproducible simulation setups, accelerates experiment planning, and supports upcoming physics analyses. No major bugs reported this month; changes are focused on configuration management and are ready for validation in upcoming test cycles.
In 2024-11, delivered the eHe3 Scattering Simulations Configuration in the eic/epic repository, introducing a dedicated configuration file that defines beam configurations and detector feature toggles to enable eHe3 scattering simulations. This enables reproducible simulation setups, accelerates experiment planning, and supports upcoming physics analyses. No major bugs reported this month; changes are focused on configuration management and are ready for validation in upcoming test cycles.

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